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    • 92. 发明专利
    • Motor-driven wheel
    • 电机驱动轮
    • JP2005329763A
    • 2005-12-02
    • JP2004148042
    • 2004-05-18
    • Toyota Motor Corpトヨタ自動車株式会社
    • KAKINAMI TAKUMAYAMAMOTO TAKEOYOGO SHIGEKAZU
    • B60B35/14B60B35/18B60K1/00B60K7/00F16D3/2233F16D3/223
    • B60K7/00B60K17/046B60K2007/0053B60K2007/0061B60L2220/46
    • PROBLEM TO BE SOLVED: To provide a compact motor-driven wheel capable of enhancing riding comfort of a vehicle and enhancing its assemblability and reliability.
      SOLUTION: The motor-driven wheel 100 includes a wheel disk 110, a wheel hub 120, a knuckle 150, a hub bearing 140, a constant velocity joint 130, an in-wheel motor IWM, and a spring 152. The rocking center C of the constant velocity joint 130 is arranged on the outer side of a vehicle over the hub bearing 140. Since an inner race 131, balls 132, 133, and a cage 134 of the constant velocity joint 130 are deviated in position from the hub bearing 140, the diameter of the hub bearing 140 can be reduced. An opening part directed outward of the vehicle of the outer race of the constant velocity joint 130 integrated with the wheel hub 120 is wide and shallow, and the cage 134, the balls 132, 133 and the inner race 131 are assembled to each other and easily stopped by a snap ring 135.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种能够提高车辆乘坐舒适度并提高其组装性和可靠性的小型电动机驱动轮。 电动轮100包括轮盘110,轮毂120,转向节150,轮毂轴承140,等速万向节130,轮内电机IWM和弹簧152。 等速万向节130的摆动中心C布置在轮毂轴承140上方的车辆外侧。由于等速万向节130的内圈131,球132,133和保持架134偏离 轮毂轴承140可以减小轮毂轴承140的直径。 与轮毂120一体化的等速万向节130的外圈的车辆外侧的开口部分宽而浅,保持架134,滚珠132,133和内圈131彼此组装, 容易地被卡环135阻止。版权所有(C)2006,JPO&NCIPI
    • 95. 发明专利
    • Constant velocity fixing ball joint
    • 恒定速度固定球联合
    • JP2003329055A
    • 2003-11-19
    • JP2003130505
    • 2003-05-08
    • Gkn Automotive Gmbhジー・ケー・エヌ・オートモーティヴ・ゲゼルシャフト・ミット・ベシュレンクテル・ハフツング
    • WECKERLING THOMAS
    • F16D3/2233F16D3/224
    • F16D3/2233F16D3/224F16D2003/22306F16D2003/22313F16D2003/2232F16D2003/22326F16D2300/12
    • PROBLEM TO BE SOLVED: To provide opposed track joints in which an inner joint member and an outer joint member can be assembled in a generally axially aligned state.
      SOLUTION: A constant velocity fixing ball joint in the form of the opposed track joints comprises the outer joint member 11 having an outer track 16, the inner joint member 21 having an inner track 26, torque transmit balls 36 housed in a paired track having the outer track and the inner track, and a ball cage (31) having a cage window (34). A first outer track 16
      1 and a first inner track 26
      1 move separately from each other in a first axial direction R
      1 toward the connecting end of the inner joint member 21 and hold a first ball 36
      1 . A second outer track 16
      2 and a second inner track 26
      2 move separately from each other in a second axial direction R
      2 toward the connecting end of the outer joint member 11 and hold a second ball 36
      2 . A holding element 35 inserted into the outer joint member 11 forms a second stop and guide surface 38 for a spherical outer surface 23 of the inner joint member 21. The second stop and guide surface 38 faces the first axial direction R
      1 .
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:提供相对的轨道接头,其中内接头构件和外接头构件可以在大致轴向对准的状态下组装。 解决方案:相对的轨道接头形式的恒速固定球接头包括具有外轨道16的外接头构件11,内接头构件21具有内轨道26,扭矩传递球36容纳在成对的 具有外轨道和内轨道的轨道,以及具有笼窗(34)的球保持架(31)。 第一外轨道16 SB 1和第一内轨道26S <1 / SB>在第一轴向方向R SB 1 上分别移向连接端 并保持第一球36 <1> 。 第二外轨16 SB 2和第二内轨26 2 在第二轴向方向R SB SB2连接端分开移动 并保持第二球36 2 。 插入到外侧接头构件11内的保持构件35形成内侧接头构件21的球面外表面23的第二挡块和引导面38.第二挡块和导向面38面向第一轴向R / SB>。 版权所有(C)2004,JPO
    • 96. 发明专利
    • FIXED CONSTANT VELOCITY UNIVERSAL JOINT
    • JP2001153149A
    • 2001-06-08
    • JP2000119875
    • 2000-04-20
    • NTN TOYO BEARING CO LTD
    • TONE HIROSHI
    • F16D3/20F16D3/2233F16D3/2237F16D3/223
    • PROBLEM TO BE SOLVED: To provide a fixed constant velocity universal joint capable of easily realizing a wide angle of an operating angle without enlarging an outer diameter of an outside joint member. SOLUTION: In this fixed constant velocity universal joint provided with an outside joint member 25 for forming plural track grooves 22 toward the opening end 23 in the shaft direction at circumferential directional equal intervals on an inner spherical surface 21, an inside joint member 28 for forming plural track grooves 27 making a pair with the track grooves 22 of the outside joint member 5 in the shaft direction at circumferential directional equal intervals on an outer spherical surface 26, plural balls 29 for transmitting torque by being interposed between both track grooves 22, 27 of the outside joint member 25 and the inside joint member 28 and a cage 30 for holding the balls 29 by being interposed between the inner spherical surface 21 of the outside joint member 25 and the outer spherical surface 26 of the inside joint member 28, the opening side groove bottom of the track groove 22 of the outside joint member 25 is formed in a taper shape of linearly expanding a diameter toward the opening end 23.
    • 98. 发明专利
    • SEAL DEVICE FOR SHAFT COUPLING
    • JPH09280260A
    • 1997-10-28
    • JP8684696
    • 1996-04-09
    • NOK CORP
    • SUGIURA YOSHIAKI
    • F16J15/52F16D3/16F16D3/2233F16D3/84F16J3/04
    • PROBLEM TO BE SOLVED: To prevent breakage of a boot by providing a support ring comprising a fit-in part arranged between a bearing and the moving part of a boot and fitted in the inner peripheral surface of an adapter; and a support ring having a joining surface joining with a flexible part. SOLUTION: A support ring 30 comprises an outer peripheral fit-in part 31 securely fitted in the inner peripheral surface 14a of a cylindrical part 14; and the inner peripheral surface on the boot 20 side the joining surface 32 of which is formed such a manner to make opposite joining with the flexible part 26 of the boot 20. A centrifugal force during rotation is exerted on a seal device 11, and lubricant 16 on the slide surface side of a bearing 1 is about to move to the boot 20 side but movement of the lubricant 16 is blocked by a supporting ring 30 by which the bearing 1 and the boot 20 are partitioned away from each other. Simultaneously, the lubricant 16 accumulated between a support ring 30 and the boot 20 is blocked by a joining surface 32 located at the support ring 30. As a result, even when the seal device 11 for a shaft coupling is rotated, the lubricant 16 on the bearing side is moved to the boot 20 side and breakage of the boot 20 is prevented from occurring.